Additive Manufacturing

Women in Engineering: Challenges and Opportunities

Women in Engineering: Challenges and Opportunities
The journey of women in engineering is marked by challenges and achievements. Despite the difficulties, women engineers have demonstrated an extraordinary capacity for innovation and leadership. ...
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Sustainable 3D Printing: Giving New Life to Filaments at RMN Additive

Sustainable 3D Printing: Giving New Life to Filaments at RMN Additive
The world of 3D printing, also known as additive manufacturing, has exploded in popularity, offering tremendous potential for innovation, rapid prototyping and serial production in the industrial sector. But what happens to all the filament waste when a project is completed? ...
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REIMAN Precision Components: Optimise your Machining Equipment

REIMAN Precision Components: Optimise your Machining Equipment
The world of machining is undergoing a transformation, driven by automation and rapid adoption of advanced technologies. REIMAN is at the forefront of this evolution, providing essential components that ensure efficiency, precision and control in machining processes. ...
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The complexity of 3D printed part shapes

The complexity of 3D printed part shapes
It is important that a 3D printed part serves its purpose in its entirety, and it is often necessary for its design to be complex to achieve the most necessary and crucial goals. For the final piece to demonstrate exactly the complex shape previously thought out and designed, the following steps are required: ...
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Decarbonization in Industry

Decarbonization in Industry
The industrial sector is one of the largest emitters of greenhouse gases, responsible for 25% of global emissions, according to 2021 data from the International Energy Agency (IEA). Most traditional industrial processes generally rely on fossil fuels and raw materials, leading to a significant increase in carbon dioxide emissions. Consequently, this contributes to global warming and climate change. There is a multifaceted approach to industrial decarbonization, and REIMAN's solutions can potentially contribute to various aspects ...
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Engineering for Sustainable Development

Engineering for Sustainable Development
Engineering is a vital discipline that contributes to human well-being, drives innovation, solves problems, stimulates the economy and promotes sustainability. Through its contributions, engineering has a transformative and significant impact on the world. The world engineering day for sustainable development, officially proclaimed by UNESCO in 2019, is celebrated on March 4th. The theme for 2024 is: Engineering Solutions for a Sustainable World. In this context, we highlight some sustainable solutions developed by REIMAN for various industrial applications. ...
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Threaded Inserts in Additive Manufacturing Parts

Threaded Inserts in Additive Manufacturing Parts
Threaded inserts are fasteners designed to be used in parts that are not strong enough to support a threaded connection directly. Additive manufacturing parts made of plastic can be produced with a thread included in the structure itself, however, in cases of frequent screwing, the part's thread will wear out, causing cross threading. In this case, designing a part with a purposeful area for installing threaded inserts will always be the safest option. ...
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Artificial Intelligence: Future of Industry?

Artificial Intelligence: Future of Industry?
We are currently living through the 4th Industrial Revolution, known as Industry 4.0, a concept that represents the integration of different technologies and disruptive methods, with the aim of promoting the digitalisation of activities and productive processes, improving and increasing their efficiency and productivity. One of the technologies within this revolution is Artificial Intelligence, which encompasses others such as machine learning, artificial neural networks, computer vision, intelligent robotics, autonomous vehicles, among others. ...
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How does 3D printing significantly reduces waste?

How does 3D printing significantly reduces waste?
Additive manufacturing, popularly known as 3D printing, plays a crucial role in optimizing industrial processes, not only due to its ability to produce complex and independent parts but also because it significantly reduces the waste of raw materials compared to traditional methods like subtractive manufacturing. ...
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Surface Treatment on Additive Manufacturing Parts

Surface Treatment on Additive Manufacturing Parts
It's common to see that 3D printed parts, once completed, reveal a type of texture based on the technology in which they were produced. Depending on the function, it is important that the part's surface has certain characteristics that eliminate the risk of compromising its functionality or that of the assembly it is part of. While various additive manufacturing technologies specialize in building a part with the accuracy and demands associated with quality requirements, surface treatment specializes in enhancing the part of prominent textures or retained waste, and RMN Additive offers the following surface treatment services for additive manufacturing parts. ...
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